Photonic Crystals - 99 Academic Year
本課程是由 國立陽明交通大學光電工程學系 提供。
此課程為光子晶體元件及其應用的入門課程。
它是設計給光電/電機/物理/材料相關領域第一年之研究生，修課學生建議有大學部電磁學及近代物理課程經驗在課程。
規劃上我們將從基本的理論基礎開始，並介紹此領域常被使用的工具和製成技術。課程中還包含目前熱門的光子晶體元件及系統，最後討論光子晶體元件在現在及未來相關的重要應用。
我們預期學生會對光子晶體領域有初步的瞭解。
Textbook：老師整理筆記
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| Instructor(s) | Department of Photonics Prof. Min-Hsiung Shih |
|---|---|
| Course Credits | 3 Credits |
| Academic Year | 99 Academic Year |
| Level | Graduate Student |
| Prior Knowledge | Electromagnetics (undergraduate level); Modern Physics(undergraduate level) |
| Related Resources | Course Video Course Syllabus Course Calendar |
| Week | Course Content | Course Video |
|---|---|---|
| Week 01 | 課程介紹 | Watch Online |
| Week 02 | Maxwell equations Gaussian unit vs. SI unit Wave equation Phase velocity, group velocity | Watch Online |
| Week 03 | Linear vector space and linear operators Hermitian operator for EM field Comparison of quantum mechanics and electrodynamics Polarization in electromagnetics | Watch Online |
| Week 04 | Periodic structure Plane-wave expansion method for photonic crystal band structure | Watch Online |
| Week 05 | Plane-wave expansion method One-dimensional Photonic crystal | Watch Online |
| Week 06 | Transmission Matrix Method for One-dimensional Photonic crystal The Irreducible Brillouin Zone Two-dimensional Photonic crystals | Watch Online |
| Week 08 | Two-dimensional Photonic crystals Photonic crystal Band gap (n a r) | Watch Online |
| Week 09 | Two-dimensional Photonic crystals Concept of the Light Cone/Line Photonic Crystal Slab Structure | Watch Online |
| Week 10 | Three-dimensional Photonic Crystals Dispersion Surface & Bandgap Engineering | Watch Online |
| Week 12 | Dispersion Surfaces of 1D and 2D PC Structures/Superprism Effect/Negative Refractive Index in Photonic Crystals | Watch Online |
| Week 13 | Photonic Crystal Defect Structure Photonic Crystal Cavity & Waveguide FDTD Method | Watch Online |
| Week 14 | FDTD Method/Quality factor Photonic crystal lasers | Watch Online |
| Week 15 | Photonic crystal lasers Photonic crystal waveguides | Watch Online |
| Week 16 | Photonic crystal waveguides Photonic integrated Circuits | Watch Online |
| Week 17 | Photonic Integrated Circuit | Watch Online |
課程目標
此課程為光子晶體元件及其應用的入門課程。
它是設計給光電/電機/物理/材料相關領域第一年之研究生，修課學生建議有大學部電磁學及近代物理課程經驗在課程。
規劃上我們將從基本的理論基礎開始，並介紹此領域常被使用的工具和製成技術。
課程中還包含目前熱門的光子晶體元件及系統，最後討論光子晶體元件在現在及未來相關的重要應用。
我們預期學生會對光子晶體領域有初步的瞭解。
課程章節
| 章節 | 章節內容 |
| The fundamental tools | Maxwell equations Wave equation Light propagation in the mater, phase velocity and group velocity Simulation tools: plane wave expansion (PWE) method Simulation tools: finite-difference time-domain (FDTD) method |
| Photonic crystals without defects | Photonic band structure 1-D photonic crystals 2-D photonic crystals 3-D photonic crystal and light line Super prism effect Negative refractive index |
| Photonic crystal defect cavity | Slater-Koster model Defect modes inside the band gap Quality factor of a cavity Different types of micro-cavities |
| Photonic crystal waveguides | Basic concept of dielectric waveguides Waveguide bands inside the band gap Slow-wave phenomenon Different type of photonic crystal waveguides |
| Special topics | Nano-fabrication technology Integrated photonics with photonic crystals Optical networks |
課程書目
整理筆記；投影片
評分標準
| 項目 | 百分比 |
| 作業 | 60% |
| 期中考 | 15% |
| 期末考 | 25% |
本課程行事曆提供課程進度與考試資訊參考。
學期週次 | 上課日期 | 參考課程進度 |
第一週 | 02/21-02/25 |
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| 第二週 | 02/28-03/04 |
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| 第三週 | 03/07-03/11 |
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| 第四週 | 03/14-03/18 |
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| 第五週 | 03/21-03/25 |
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| 第六週 | 03/28-04/01 |
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| 第七週 | 04/04-04/08 |
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| 第八週 | 04/11-04/15 |
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| 第九週 | 04/18-04/22 |
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| 第十週 | 04/25-04/29 |
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| 第十一週 | 05/02-05/06 |
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| 第十二週 | 05/09-05/13 |
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| 第十三週 | 05/16-05/20 |
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| 第十四週 | 05/23-05/27 |
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| 第十五週 | 05/30-06/03 |
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| 第十六週 | 06/07-06/13 |
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| 第十七週 | 06/13-06/17 |
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| 第十八週 | 06/20-06/24 |
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COURSE
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